Pulse Generators

What is a pulse generator?

Pulse generators are electrical test equipment used to generate pulses that are injected into devices under test in order to study the behaviour of these devises

Pulse generators are used to provide pulses for use in various electronic applications. Although most products are voltage sources, current pulse generators are also available. In addition to injecting pulses into the device under test, pulse generators that also function as digital delay generators can be used as a stimulus or clock signal. For example, pulse generators that work as digital delay generators can be used to drive lasers, modulators, or optical components. Pulse generator outputs can also produce the modulation signal for a signal generator, an electronic device that generates repeating electronic signals in either analogue or digital form.

Functions and capabilities
• Rectangular wave generation: designed to produce pulses that are rectangular in nature, often capable of driving logic circuitry, although they are not necessarily confined to just this type of application.
• Pulse width: the pulse width can be varied to produce a variety of waveforms
• Repetition rate: repetition rate is a key parameter. When used in a "free run" mode, the repetition rate can be varied.
• Pulse trigger: using an external waveform, it is possible to trigger the pulse generator. Pulse triggering can normally occur on either the negative or positive edge via a selection switch.
• Pulse delay: when a pulse is triggered it is normal to be able to select a delay for the pulse from the pulse generator. This delay is adjustable.
• Pulse amplitude: although the pulse amplitude will normally be required to drive logic circuits, the amplitude is normally adjustable.
• Pulse rise and fall times: for some applications it may be necessary to be able to adjust the rise and fall times of the logic outputs.
Pulse generators may use either digital or analogue techniques, or both. Elements such as triggering and the pulse generation will almost certainly utilise digital technology, but aspects such as the rise and fall time control on the pulse generator are likely to use analogue techniques.
Multichannel pulse generators are also available and can produce several channels of pulses with independent pulse widths and delays with independent outputs and even independent polarities.
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Täpsem kirjeldus Maximum Frequency Stock Minimum Frequency Maximum Pulse Width Minimum Pulse Width Modes Maximum Pulse Delay Minimum Pulse Delay Jitter Rise - Fall Time Dimensions Weight Model Number p Height Length Width
Aim-TTi TGP110 Pulse Generator 0.1 Hz → 10 MHz 10MHz 12 0.1 Hz 5s 50ns Delayed, Delayed Pulse, Double Pulse, Gated, Normal Pulse, Run, Square Pulse, Triggered 5s 50ns 0.1% 15ns 230 x 220 x 140mm 1.6kg TGP 110 140mm 230mm 220mm
Aim-TTi TGP3122 Pulse Generator 1 mHz → 25 MHz (Double Pulse), 1 mHz → 50 MHz (Pulse) 25 (Double Pulse) MHz, 50 (Pulse) MHz 4 1 MHz 499.99999999 (Double Pulse) s, 999.99999999 (Pulse) s 10ns Burst, Double Pulse, Function/Arbitrary, Modulation, Noise, Pattern/PBRS, Pulse, Square, Sweep, Triggered 999.99999996 (Double Pulse) s, 999.99999998 (Pulse) s 0ns <30% 5 ns → 399.999999989 s (Double Pulse), 5 ns → 799.999999989 s (Pulse) 269 x 213.5 x 86.5 (Rack Mount) mm, 295 x 250 x 97 (Bench Top Mount) mm 3.2kg TGP3100 86.5 (Rack Mount) mm, 97 (Bench Top Mount) mm 269 (Rack Mount) mm, 295 (Bench Top Mount) mm 213.5 (Rack Mount) mm, 250 (Bench Top Mount) mm
Aim-TTi TGP3121 Pulse Generator 1 mHz → 25 MHz (Double Pulse), 1 mHz → 50 MHz (Pulse) 25 (Double Pulse) MHz, 50 (Pulse) MHz 2 1 MHz 499.99999999 (Double Pulse) s, 999.99999999 (Pulse) s 10ns Burst, Double Pulse, Function/Arbitrary, Modulation, Noise, Pattern/PBRS, Pulse, Square, Sweep, Triggered 999.99999996 (Double Pulse) s, 999.99999998 (Pulse) s 0ns <30% 5 ns → 399.999999989 s (Double Pulse), 5 ns → 799.999999989 s (Pulse) 269 x 213.5 x 86.5 (Rack Mount) mm, 295 x 250 x 97 (Bench Top Mount) mm 3.2kg TGP3100 86.5 (Rack Mount) mm, 97 (Bench Top Mount) mm 269 (Rack Mount) mm, 295 (Bench Top Mount) mm 213.5 (Rack Mount) mm, 250 (Bench Top Mount) mm
Aim-TTi TGP3151 Pulse Generator 1 mHz → 25 MHz (Double Pulse), 1 mHz → 50 MHz (Pulse) 25 (Double Pulse) MHz, 50 (Pulse) MHz 2 1 MHz 499.99999999 (Double Pulse) s, 999.99999999 (Pulse) s 10ns Burst, Double Pulse, Function/Arbitrary, Modulation, Noise, Pattern/PBRS, Pulse, Square, Sweep, Triggered 999.99999996 (Double Pulse) s, 999.99999998 (Pulse) s 0ns <30% 5 ns → 399.999999989 s (Double Pulse), 5 ns → 799.999999989 s (Pulse) 269 x 213.5 x 86.5 (Rack Mount) mm, 295 x 250 x 97 (Bench Top Mount) mm 3.2kg TGP3100 86.5 (Rack Mount) mm, 97 (Bench Top Mount) mm 269 (Rack Mount) mm, 295 (Bench Top Mount) mm 213.5 (Rack Mount) mm, 250 (Bench Top Mount) mm
Aim-TTi TGP3152 Pulse Generator 1 mHz → 25 MHz (Double Pulse), 1 mHz → 50 MHz (Pulse) 25 (Double Pulse) MHz, 50 (Pulse) MHz 1 1 MHz 499.99999999 (Double Pulse) s, 999.99999999 (Pulse) s 10ns Burst, Double Pulse, Function/Arbitrary, Modulation, Noise, Pattern/PBRS, Pulse, Square, Sweep, Triggered 999.99999996 (Double Pulse) s, 999.99999998 (Pulse) s 0ns <30% 5 ns → 399.999999989 s (Double Pulse), 5 ns → 799.999999989 s (Pulse) 269 x 213.5 x 86.5 (Rack Mount) mm, 295 x 250 x 97 (Bench Top Mount) mm 3.2kg TGP3100 86.5 (Rack Mount) mm, 97 (Bench Top Mount) mm 269 (Rack Mount) mm, 295 (Bench Top Mount) mm 213.5 (Rack Mount) mm, 250 (Bench Top Mount) mm
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